Previously the cgi-user option in stargazer was broken in this module
because stargazer didn't have CAP_SETUID and CAP_SETGID. cgi-user tells
stargazer to run cgi processes as a different user. I added an option
allowCgiUser that give stargazer these capabilities when enabled. I made
this an option because access to those syscalls greatly increases the
damage a RCE bug in stargazer could do. So they should only be enabled
if needed.
This package was marked as vulnerable in
<https://github.com/NixOS/nixpkgs/pull/255959>, almost a year ago and
over a year after the project was archived upstream. The package and
module are unusable without bypassing a security warning in 23.05,
23.11, and 24.05.
Given that the package is intended as an organizer for
potentially‐untrusted media files, the vulnerability is critical and
leads to remote code execution, and there is basically no prospect
of upstream releasing a fix, remove the package and module entirely
for 24.11.
The default in the previous option documentation was incorrect,
resulting in the UNIX socket to be unreachable except by root by
default.
This fixes the documentation and requires consumers to set values
explicitly for the socket's owning user and group.
This adds migration instructions for the removed global shared instance
configuration of fcgiwrap.
Adding those explicit messages to the previous options requires moving
the newly defined options from `services.fcgiwrap.*` to
`services.fcgiwrap.instances.*` due to an option namespace clash.
`mkRenamedOptionModule` was not used because the previous options do
not directly map to the new ones. In particular, `user` and `group`
were described as setting the socket's permission, but were actually
setting the process' running user.
Co-authored-by: Minijackson <minijackson@riseup.net>
This adds a few options to properly set the ownership and permissions
on UNIX local sockets, set to private by default.
Previously, the created UNIX local sockets could be used by any local
user. This was especially problematic when fcgiwrap is running as root
(the default).
Since we're already introducing some backward-incompatible change in
the previous commit, let's make the options more tidy, also preparing
for the introduction of more options.
This also fixes the documentation of the user and group options which
are applying to the service's running user, not the socket.
This allows configuring and starting independent instances of the
fgciwrap service, each with their own settings and running user,
instead of having to share a global one.
I could not use `mkRenamedOptionModule` on the previous options
because the aliases conflict with `attrsOf submodule` now defined at
`services.fcgiwrap`. This makes this change not backward compatible.
The default for this value depends on `config.networking.domain`, which is typed as `types.nullOr types.str` in nixos/modules/tasks/network-interfaces.nix
As a result, the default for `services.bluemap.host` either has to be `types.nullOr types.str`, or we need to drop the default.
Based on PR feedback, this commit drops the default and requires configuration through the `services.bluemap.host` option.
While this is a breaking change, since the module is a month old, there should be very few users so far.
Use the `cfg.package.version` (string) instead of the entire package so
users don't see `error: value is a set while a string was expected`
instead of the intended assertion message.
Given the current situation, I have not been able to take care of
anything related to that module. Upgrades are merged without upgrading
properly the module, unfortunately.
This caused too much divergence and I still do not have the energy to
take care of it.
I will leave it to the more active recent committers who touched the
module to take it from there.
Signed-off-by: Raito Bezarius <masterancpp@gmail.com>
The explicit `replication_mode` option in `services.garage.settings`
has been removed and is now handled by the freeform settings in order
to allow it being completely absent (for Garage 1.x).
That module option previously `toString`'ed the value it's configured
with, which is now no longer possible.
Warn the user if they're still using a non-string here.
Otherwise, setting services.caddy.enableReload to false fails in a very bad fashion:
The reload command still gets executed, but fails:
```
Apr 26 21:23:01 n1-rk1 systemd[1]: Reloading Caddy...
Apr 26 21:23:01 n1-rk1 caddy[70793]: {"level":"info","ts":1714166581.733018,"msg":"using provided configuration","config_file":"/etc/caddy/caddy_config","config_adapter":"caddyfile"}
Apr 26 21:23:01 n1-rk1 caddy[70793]: {"level":"warn","ts":1714166581.7353032,"msg":"Caddyfile input is not formatted; run 'caddy fmt --overwrite' to fix inconsistencies","adapter":"caddyfile","file":"/etc/caddy/caddy_config","line":3}
Apr 26 21:23:01 n1-rk1 caddy[70793]: Error: sending configuration to instance: performing request: Post "http://localhost:2019/load": dial tcp [::1]:2019: connect: connection refused
Apr 26 21:23:01 n1-rk1 systemd[1]: caddy.service: Control process exited, code=exited, status=1/FAILURE
Apr 26 21:23:01 n1-rk1 systemd[1]: Reload failed for Caddy.
```
… and the server is not restarted either, as a ExecReload= command is
specified.
Fix this, by only setting ExecReload if the reload exists.
The first empty string is still necessary to reset the old option.
The change introduced in #308303 refers to the virtualHosts attrset
key which can be any string. The servername is the actual primary
hostname used for the certificate.
This fixes use cases like:
services.nginx.virualHosts.foobar.serverName = "my.fqdn.org";
This got broken up into separate `replication_factor` and
`consistency_mode` settings with Garage 1.x, and due to the the "none"
default kicking in, Garage fails to startup with
> : Error: Either the legacy replication_mode or replication_level and consistency_mode can be set, not both.
if we actually make the migratiom as documented in the migration guide.
Drop this explicit setting, so users can set replication_mode or
replication_factor/consistency_mode, depending on the version they're
using.
This additional module allows the tailscale auth proxy to be configured
independently of nginx. The tailscale auth proxy works with both caddy
and traefik. All prior nginx/tailscale-auth options are retained as
aliases.
these changes were generated with nixq 0.0.2, by running
nixq ">> lib.mdDoc[remove] Argument[keep]" --batchmode nixos/**.nix
nixq ">> mdDoc[remove] Argument[keep]" --batchmode nixos/**.nix
nixq ">> Inherit >> mdDoc[remove]" --batchmode nixos/**.nix
two mentions of the mdDoc function remain in nixos/, both of which
are inside of comments.
Since lib.mdDoc is already defined as just id, this commit is a no-op as
far as Nix (and the built manual) is concerned.
`error` and `warn` have always been valid log levels.
But because the upstream docs never mentioned those, we simply didn't
add them to the enum of our module option.
The upstream docs have been updated and now mention `error` and `warn`
as well.
Upstream PR: https://git.deuxfleurs.fr/Deuxfleurs/garage/pulls/716
Automatic advertise in the `http` block about support of HTTP/3
protocol makes it difficult to automatically configure services
to work with it.
HTTP/3 availability must be manually advertised, preferably in
each location block.
Closes#216989
First of all, a bit of context: in PostgreSQL, newly created users don't
have the CREATE privilege on the public schema of a database even with
`ALL PRIVILEGES` granted via `ensurePermissions` which is how most of
the DB users are currently set up "declaratively"[1]. This means e.g. a
freshly deployed Nextcloud service will break early because Nextcloud
itself cannot CREATE any tables in the public schema anymore.
The other issue here is that `ensurePermissions` is a mere hack. It's
effectively a mixture of SQL code (e.g. `DATABASE foo` is relying on how
a value is substituted in a query. You'd have to parse a subset of SQL
to actually know which object are permissions granted to for a user).
After analyzing the existing modules I realized that in every case with
a single exception[2] the UNIX system user is equal to the db user is
equal to the db name and I don't see a compelling reason why people
would change that in 99% of the cases. In fact, some modules would even
break if you'd change that because the declarations of the system user &
the db user are mixed up[3].
So I decided to go with something new which restricts the ways to use
`ensure*` options rather than expanding those[4]. Effectively this means
that
* The DB user _must_ be equal to the DB name.
* Permissions are granted via `ensureDBOwnerhip` for an attribute-set in
`ensureUsers`. That way, the user is actually the owner and can
perform `CREATE`.
* For such a postgres user, a database must be declared in
`ensureDatabases`.
For anything else, a custom state management should be implemented. This
can either be `initialScript`, doing it manual, outside of the module or
by implementing proper state management for postgresql[5], but the
current state of `ensure*` isn't even declarative, but a convergent tool
which is what Nix actually claims to _not_ do.
Regarding existing setups: there are effectively two options:
* Leave everything as-is (assuming that system user == db user == db
name): then the DB user will automatically become the DB owner and
everything else stays the same.
* Drop the `createDatabase = true;` declarations: nothing will change
because a removal of `ensure*` statements is ignored, so it doesn't
matter at all whether this option is kept after the first deploy (and
later on you'd usually restore from backups anyways).
The DB user isn't the owner of the DB then, but for an existing setup
this is irrelevant because CREATE on the public schema isn't revoked
from existing users (only not granted for new users).
[1] not really declarative though because removals of these statements
are simply ignored for instance: https://github.com/NixOS/nixpkgs/issues/206467
[2] `services.invidious`: I removed the `ensure*` part temporarily
because it IMHO falls into the category "manage the state on your
own" (see the commit message). See also
https://github.com/NixOS/nixpkgs/pull/265857
[3] e.g. roundcube had `"DATABASE ${cfg.database.username}" = "ALL PRIVILEGES";`
[4] As opposed to other changes that are considered a potential fix, but
also add more things like collation for DBs or passwords that are
_never_ touched again when changing those.
[5] As suggested in e.g. https://github.com/NixOS/nixpkgs/issues/206467
Changes the `mkIf` to trigger if *either* `data_dir`/`metadata_dir` use
`/var/lib/garage`, not only if both do. This is useful to me because I
want to store metadata in `/var/lib/garage` but I also want to store
data in a different mountpoint (via `data_dir` and `ReadWritePaths`).
Allow reloading the webserver, which is useful when e.g there are new
certificates available that we want lighttpd to use, but don't want to
completely shut down the server.
When listening on unix sockets, it doesn't make sense to specify a port
for nginx's listen directive.
Since nginx defaults to port 80 when the port isn't specified (but the
address is), we can change the default for the option to null as well
without changing any behaviour.
When specifying the `builder` attribute in `stdenv.mkDerivation`, this
will be effectively transformed into
builtins.derivation {
builder = stdenv.shell;
args = [ "-e" builder ];
}
This also means that `default-builder.sh` is never sourced and as a
result it's not guaranteed that `$NIX_ATTRS_SH_FILE` is set to a correct
location[1].
Also, we need to source `.attrs.sh` to source `$stdenv`. So, the
following is done now:
* If `$NIX_ATTRS_SH_FILE` points to a correct location, then use it.
Directly using `.attrs.sh` is problematic for `nix-shell(1)` usage
(see previous commit for more context), so prefer the environment
variable if possible.
* Otherwise, if `.attrs.sh` exists, then use it. See [1] for when this
can happen.
* If neither applies, it can be assumed that `__structuredAttrs` is
turned off and thus nothing needs to be done.
[1] It's possible that it doesn't exist at all - in case of Nix 2.3 or
it can point to a wrong location on older Nix versions with a bug in
`__structuredAttrs`.
Since garage 0.8.2, garage accepts environment variables for passing secrets,
e.g. `GARAGE_RPC_SECRET` or `GARAGE_ADMIN_TOKEN`. The added `environmentFile`
allows those secrets to not be present in the nix store.
This solves an issue, where loading the nixos-unstable module in
nixos-stable using `disabledModules` and `imports` resulted in the
following Caddyfile:
```
<globalConfig>
<vhosts>
<extraConfig>
```
instead of
```
<globalConfig>
<extraConfig>
<vhosts>
```
This is important in cases where `cfg.extraConfig` contains so called
Caddyfile snippets.
See https://caddyserver.com/docs/caddyfile/concepts#structure
Co-authored-by: Lin Jian <me@linj.tech>
Although deprecated, this MIME type is still used by various
applications and web frameworks which are potentially proxied by nginx.
Examples:
- Apps based on ASP.NET Core
- Apps based on http.server (Python)
This commit creates a nixos module for static-web-server.
The module uses upstream systemd units to start static-web-server.
It also includes options for configuring static-web-server.
keter 2.1 now can log to stderr instead of file rotation.
Which is faster and more reliable.
These changes support that.
Announcement:
https://discourse.haskell.org/t/keter-2-1-0-released/6134
fix test by disabling log rotation
run nixpkgs fmt
move comment right before L37
run nixpkgs format on test
Add overridable default configuration
depracate keterRoot and use root, same for package
split doc lines
use lib.getExe to get keter binary
put mkRenamedOptionModule on one line
The nixos/caddy module is somewhat old by now
and has undergone quite some refactors.
This specific module option (originally named
`ca`) used to make a bit more sense when
Caddy did not have multiple ACME CAs as
fallback (LE & ZeroSSL) by configured by
default yet (ZeroSSL came with v2.3.0).
I also rephrased the description slightly,
to mention Caddy's automatic issuer fallback
and a note which this option maps to in the
Caddyfile, to provide a bit more context and
a more up-to-date recommendation.
Specifically that "fine-grained configuration"
section comes from a time when this module did
some custom tls/issuer config json merging
with the templated Caddyfile using `jq`.
The "The URL to the ACME CA's directory"
section is a word-for-word copy from the
official Caddy docs, which also include a link
to LE's docs to the referenced staging
endpoint. So I added that as well.
PROXY protocol is a convenient way to carry information about the
originating address/port of a TCP connection across multiple layers of
proxies/NAT, etc.
Currently, it is possible to make use of it in NGINX's NixOS module, but
is painful when we want to enable it "globally".
Technically, this is achieved by reworking the defaultListen options and
the objective is to have a coherent way to specify default listeners in
the current API design.
See `mkDefaultListenVhost` and `defaultListen` for the details.
It adds a safeguard against running a NGINX with no HTTP listeners (e.g.
only PROXY listeners) while asking for ACME certificates over HTTP-01.
An interesting usecase of PROXY protocol is to enable seamless IPv4 to
IPv6 proxy with origin IPv4 address for IPv6-only NGINX servers, it is
demonstrated how to achieve this in the tests, using sniproxy.
Finally, the tests covers:
- NGINX `defaultListen` mechanisms are not broken by these changes;
- NGINX PROXY protocol listeners are working in a final usecase
(sniproxy);
- uses snakeoil TLS certs from ACME setup with wildcard certificates;
In the future, it is desirable to spoof-attack NGINX in this scenario to
ascertain that `set_real_ip_from` and all the layers are working as
intended and preventing any user from setting their origin IP address to
any arbitrary, opening up the NixOS module to bad™ vulnerabilities.
For now, it is quite hard to achieve while being minimalistic about the
tests dependencies.
